Lev Krayzman

Lev Krayzman is a Research Fellow at Princeton University, affiliated with the Engineering Quadrangle building. His research focuses on superconducting quantum circuits, microwave physics, and condensed matter physics, with a particular emphasis on optimizing materials and circuit design to enhance coherence times and reduce dielectric loss.

Lev's publications highlight advancements in superconducting quantum memories, multimode resonators, and hybrid bulk/thin-film 3D resonator technologies. His work addresses critical challenges in quantum computing hardware, such as precision measurement of microwave dielectric loss and material optimization for fluxonium qubits.

He is advised by Andrew Houck, a prominent researcher in quantum information science at Princeton. While no specific awards or students are listed in the available data, his contributions to superconducting quantum circuit research are evident in his recent publications.